Americans in dark about automation
77% of US workers say they have heard the term automation, but only 40% say they know what it means. The more job seekers know about this growing trend, the more likely they are to seek more secure jobs, the same ZipRecruiter survey showed. Americans have decidedly mixed attitudes about the possibility of automation and robots taking jobs. Most job seekers have heard the term “Job automation” but only 30% say they understand the term, according to ZipRecruiters’s State of the American Job Seeker report. 60% of job seekers believe that fears around robots taking away jobs are over-hyped, but nearly 2 in 3 job seekers believe workers in most industries will be replaced with computers or robots in their lifetime. It also appears that the more job seekers know about automation, the more it worries them. Of those looking for a job who heard of automation, 70% say they are looking for jobs that are less likely to be automated. Forecasts of the impact vary widely with some analysts predicting huge decreases in available jobs and others suggesting that technology has historically changed the job market, not eliminated the need for workers. What’s very clear, according to the ZipRecruiter report, as well as the related studies it cites, is that the skills needed to get a job are changing and will continue to change. “Technological job displacement has already begun, and it is essential that America’s workforce is prepared to adapt,” said ZipRecuriter Chief Economist Cathy Barrera. Cost is a challenge for job seekers, especially those already saddled with college debt. “This demonstrates how important access to information and training will be in ensuring job seekers don’t get ‘left behind,’ and are instead able to seize the unprecedented opportunity technology has to offer,” Barrera said. It remains unclear exactly how much automation will impact the number of jobs available, but until robots can design, maintain, and improve themselves, clearly work remains for humans. Going forward some jobs will be eliminated and new fields will emerge to replace them. To stay employed, or get a job in the first place, workers are going to have to adapt as the market’s needs change.
The latest version of this topic can be found at Automation. Automation makes it possible for one application to manipulate objects implemented in another application, or to expose objects so they can be manipulated. An Automation server is an application that exposes its functionality through COM interfaces to other applications, called Automation clients. The exposure enables Automation clients to automate certain functions by directly accessing objects and using the services they provide. Automation servers and clients use COM interfaces that are always derived from IDispatch and take and return a specific set of data types called Automation types. You can automate any object that exposes an Automation interface, providing methods and properties that you can access from other applications. Automation is available for both OLE and COM objects. An ActiveX control is a type of Automation server; the application hosting the ActiveX control is the automation client of that control. More important is the support Automation provides to users and solution providers. By exposing application functionality through a common, well-defined interface, Automation makes it possible to build comprehensive solutions in a single general programming language, such as Microsoft Visual Basic, instead of in diverse application-specific macro languages. One difficulty in creating Automation methods is helping to provide a uniform “Safe” mechanism to pass data between automation servers and clients. AUTOCLIK Use this sample to learn Automation techniques and as a foundation for learning Remote Automation. ACDUAL Adds dual interfaces to an Automation server application. CALCDRIV Automation client application driving MFCCALC. INPROC Demonstrates an In-Process Automation server application. IPDRIVE Automation client application driving INPROC. MFCCALC Demonstrates an Automation client application.
AWS Systems Manager Automation
Systems Manager Automation is an AWS-hosted service that simplifies common instance and system maintenance and deployment tasks. Instead, you can run maintenance activities through Systems Manager Run Command and AWS Lambda steps orchestrated by the Automation service. Build workflows to configure and manage instances and AWS resources. Create your own custom workflows, or use pre-defined workflows maintained by AWS. Receive notifications about Automation tasks and workflows by using Amazon CloudWatch Events. Monitor Automation progress and execution details by using the Amazon EC2 or the AWS Systems Manager console. This section includes common uses cases for AWS Systems Manager Automation. Automation can simplify common IT tasks such as changing the state of one or more instances and managing instance states according to a schedule. Use the AWS-StopInstance document to request that one or more AWS Identity and Access Management users approve the instance stop action. After the approval is received, Automation stops the instance. You can configure an Automation workflow to stop instances every Friday evening, and then restart them every Monday morning. Systems Manager includes features that help you target large groups of instances by using EC2 tags, and velocity controls that help you roll out changes according to the limits you define. Use the AWS-RestartInstanceWithApproval document to target an AWS Resource Group that includes multiple instances. Automation offers one-click automations for simplifying complex tasks such as creating golden Amazon Machine Images, and recovering unreachable EC2 instances. Create an Automation document and embed the role in the document. You can create best practices for resource management in Automation documents and easily share the documents across AWS Regions and groups.